Model: JANCD-XCP0101C-1 is an industrial control module produced by YASKAWA, Japan, and belongs to its robot control system or PLC family of components.

Function positioning:
JANCD-XCP0101C-1 as a control board or CPU subboard, mainly used for the central control of robots or automation equipment, support high-speed communication protocols (such as MECHATROLINK-4), logic operations and data management 1415.

2. Core functions and technical features
Communication and network support

JANCD-XCP0101C-1 supports MECHATROLINK-4 (M-4) protocol, which improves data transmission efficiency compared to the previous generation (M-3), supports IP communication and decentralized control of modular systems, and reduces the complexity of device wiring.

The JANCD-XCP0101C-1 enables data sharing between multiple devices through dedicated optical fibers, RS422 or G.703 interfaces, supports redundant ring network access, and is suitable for high frequency protected channels or distributed logic extension5.

Control and logic processing

Integrated hard PLC architecture, supporting logical operations, timing and counting, data shifting and advanced operations (such as PID control), suitable for complex industrial scenarios.

Provides two types of function assignment: DNA standard functions and User defined (UserSt) functions for increased programming flexibility 5.

Hardware design
Modular construction, support DIN rail installation, compatible with industrial environments (such as temperature, vibration and other harsh conditions).
It includes a variety of I/O interfaces, expandable power modules, special function modules, etc.

3. Application scenario
Robot control: JANCD-XCP0101C-1, as the main control board of Yaskawa robot, is used for motion control, path planning and real-time feedback of robot arm.
Industrial automation: Integrated into PLC systems to manage production line logic control, sensor signal acquisition and device linkage.
Power and energy systems: Support the adaptive configuration of substance-level protection and control systems to improve data acquisition and operation